Sharif Digital Repository

Multi-level decomposition approach for problem solving and design in software engineering

Author

Najafi, A.

Pub. Year

2011

Subjects

Decomposition. / Multi-level decomposition. / Complex problems. / Decomposition approach. / Decomposition methods. / Engineering disciplines. / Error tracking. / Hierarchal decomposition. / Key characteristics. / Multi-level. / Parallel processing. / Potential capability. / Research papers. / Software modification. / Sub-problems. / Target cascading. / Computational efficiency. / Engineering. / Machine design. / Machinery. / Software design. / Problem solving.

A mathematical analysis of the mechanism of ultrasonic induced fluid percolation in porous media: Part I

Author

Najafi, I.

Pub. Year

2010

Subjects

Absolute permeability. / Capillary pressure effects. / Capillary pressures. / Conventional models. / Developed model. / Distilled water. / Flow parameters. / Glass bead. / Gravity drainage. / Hagoort's backward methodology. / Inverse modeling. / Mathematical analysis. / Mesh size. / Modification methods. / Momentum conservation equations. / New model. / Non-wetting. / Non-wetting phasis. / Oil recoveries. / Oil viscosity. / Porous Media. / Porous medium. / Relative permeability. / Stokes' law. / Ultrasonic radiation. / Wave parameters. / Wave radiation. / Wetting phasis. / Working fluid. / Air. / Capillarity. / Capillary tubes. / Crude oil. / Enhanced recovery. / Inverse problems. / Petroleum engineering. / Porous materials. / Pressure effects. / Radiation. / Recovery. / Solvents. / Ultrasonic waves. / Viscosity. / Wetting. / Ultrasonics.